Obama R&D spending plan doesn't beat inflation
White House's $3.8 trillion budget plan doesn't include a goal for building exascale supercomputers
Computerworld - WASHINGTON - President Barack Obama's federal budget, released Wednesday, calls for increases in federal research and development spending. The overall spending increase, though shows a decline when adjusted for inflation.
The White House has proposed a $3.8 trillion budget for the 2014 fiscal year, which begins Oct. 1.
This budget plan would set aside $142.8 billion for federal R&D programs, an increase of $1.9 billion. or 1.3%, from fiscal 2012. The current U.S. fiscal year, 2013, is being funded under a series of continuing resolutions because a budget was never formally adopted.
With inflation between 2012 and 2014 expected to be in the range of 4.0%, "we have to admit a decline in real terms over this period," said John Holdren, director of the White House Office of Science and Technology Policy, at a briefing today. "But it's a small decline and it represents a continuing strong commitment from the President and from this administration,"
China is expected to exceed the U.S. in R&D spending in about 10 years, according to Battelle, a research and technology development company.
Federal R&D operations cover a wide range of scientific interests, including health, cybersecurity and supercomputing.
China and Europe are investing heavily in building supercomputers -- China is expected to deliver two 100 petaflop machines in 2015, said Earl Joseph, an analyst at IDC.
A petaflop is 1,000 trillion (one quadrillion) sustained floating point operations per second, and the next big leap, exascale is 1,000 petaflops.
"I think China is definitely going to leapfrog us in 2015," said Joseph, who said he wouldn't be surprised if China delivered a 100 petaflop system by the end of 2014.
The most powerful system today, called Titan, is a Cray system installed at Oak Ridge National Lab and is capable of nearly 18 petaflops.
Holdren said the U.S. Dept. of Energy's budget plan calls for increased spending on high performance computing research, but "does not set a goal for [building] exascale" systems.
China's push is important because it is learning how to design high-end machines from the processor level on up, said Joseph. "Five to 10 years down the road, they could take leadership in that," he added.
U.S. work on high performance computing technology has been hurt by budget disputes between Congress and the White House in recent years.
Every decade, compute power has double in alignment with Moore's Law. The power of supercomputing has followed a similar path. Following that target, an exascale system might have been possible in the 2018 timeframe. The petaflop barrier was broken in 2008.
Exascale development, however, poses unique challenges because of the enormous amount power such a system would likely need.
That challenge is driving a re-thinking of all aspects of systems development. But because of funding uncertainty, federal officials have said that an exascale system may not be developed in the U.S. until 2022..
The Energy Dept. funds the largest systems. The Obama proposal calls for a 6% increase the department's advance scientific research program, and a 4.2% increase for networking and information technology R&D.
Holdren said the "adverse impacts of the sequester" are already being felt in R&D projects. If the proposed 2014 budget is enacted, the sequester woes would be "replaced with a much more sensible well thought out approach to balanced deficit reduction."
Patrick Thibodeau covers SaaS and enterprise applications, outsourcing, government IT policies, data centers and IT workforce issues for Computerworld. Follow Patrick on Twitter at @DCgov, or subscribe to Patrick's RSS feed . His e-mail address is email@example.com.
- 3D printing a new face, or liver, isn't that far off
- Shoot and print: 3D printers to include scanners
- Testing life on Mars, but here on Earth
- U.S. Navy to test humanoid robotic firefighters
- BMW's new i8 is the first production car with laser headlights
- NASA's humanoid robot to get a leg up on space station
- SmartThings founder sees a limitless Internet of Things
- Ready for your electronic tattoo?
- Research on bendable glass could lead to flexible mobile phones
- Smart highways and driverless cars coming in 2030 -- for real?
Read more about Emerging Technologies in Computerworld's Emerging Technologies Topic Center.
- Shifting Gears: The Value of Customer-Driven Quality in Manufacturing In today's competitive manufacturing market, the customer must be the center of the quality universe. This paper details how manufacturers can improve customer...
- Aberdeen Group: Marketing Analytics for Manufacturing: Forging Customer Insights There are no recalls for poor marketing. Manufacturers need to get their customer intelligence and messaging right the first time. Learn how.
- Unlocking the Promise of Demand Sensing and Shaping through Big Data Analytics Many organizations have limited insight into big data. These limitations have significant opportunity costs and can have a negative effect on identifying and...
- The Brave New World of Customer-Centric Manufacturing The Unique Opportunity for Manufacturers to Better Understand their Consumers
- LIVE EVENT: 5/7, The End of Data Protection As We Know It. Introducing a Next Generation Data Protection Architecture. Traditional backup is going away, but where does this leave end-users?
- On-demand webinar: "Mobility Mayhem: Balancing BYOD with Enterprise Security" Check out this on-demand webinar to hear Sophos senior security expert John Shier deep dive into how BYOD impacts your enterprise security strategy... All Emerging Technologies White Papers | Webcasts